Clothes structure with temperature falling device

ABSTRACT

A clothes structure with temperature falling device is provided, which has a fan provided in a low-permeability layer outside a clothes major body, and an air delivery space provided between the low-permeability layer and a lining layer inside. When the fan sucks the air from the outside of the clothes major body through air intake end and delivers the air to the inside of the clothes major body, air will flow uniformly in the air delivery space and to everywhere in the clothes major body. Then proper quantity of uniform air flow is output from an inner lining layer with meshes to everywhere of user&#39;s body to make user feeling cool and comfortable.

BACKGROUND OF INVENTION

1. Field of the Invention

The present invention relates to a clothes structure with temperaturefalling device, more particularly to a clothes structure withtemperature falling device in which air delivered by a fan assembled inthe clothes major body can be blew uniformly to everywhere of user'sbody.

2. Brief Description of the Prior Art

Clothes with fan mounted inside is developed by concerned industries.The fan sucks air outside the clothes through the air intake end andblows the air through the air delivery end inside the clothes to user'sbody so as to make user feeling comfortable. However, the currentclothes with fan mounted inside has following disadvantages found inpractical implementation.

1. When the fan blows the air from its air delivery end to the inside ofclothes, the wind delivered out from the fan is only concentrated aroundthe fan and fails to distribute it uniformly to everywhere of user'sbody, resulting in physical sultry that is difficult to be improved.

2. As the wind blew out from the fan is only concentrated around thefan, the portion of clothes opposite to the air-blow from the fan islocally inflated due to wind pressure, leaving the deficiency inorderliness and beauty when the clothes is worn.

3. In the current clothes with fan mounted inside, the air flow ismaintained at a fixed level, or is regulated by a built-in programinstead of regulating by user himself according to his own need, causinginconvenience in implementation.

SUMMARY OF THE INVENTION

The present invention relates to a clothes structure with temperaturefalling device, the main object of which is to allow the air coming fromthe fan assembled in the clothes major body to be blew uniformly toeverywhere of user's body, and to avoid the clothes major body frominflating locally due to the concentrated air pressure, and to allowuser regulating the air flow himself according to user's need, and toenable separation of the fan from the clothes major body for cleaningpurpose.

BRIEF DESCRIPTION OF ACCOMPANYING DRAWINGS

FIG. 1 is a perspective view of the present invention;

FIG. 2 is a view showing the inside of the clothes major body of thepresent invention;

FIG. 3 is a sectional view of the present invention;

DETAILED DESCRIPTION OF PREFERRED EMBODIMENTS

The objects, the technical contents and the expected effectiveness ofthe present invention will become more apparent from the detaileddescription of a preferred embodiment in conjunction with theaccompanying drawings.

Firstly referring to FIG. 1, the clothes structure with temperaturefalling device of the present invention mainly comprises a clothes majorbody 1, at least one fan 2 and an air flow control switch 3.

The clothes major body 1 is formed by stitching a low-permeability layer11 located outside the clothes major body 1 and an inner lining layer 12located inside the clothes major body 1 together in such a manner thatan air delivery space 13 is formed between the low-permeability layer 11and the inner lining layer 12. The inner lining layer 12 is a wind prooffabric; and the inner lining layer 12 is composed of, sequentially fromoutside to inside, a coarse mesh layer 121, a high-permeability layer122 and a porous mesh layer 123, in which the coarse mesh layer 121 is aknitting fabric having coarse meshes, the porous mesh layer 123 is aknitting layer having tiny meshes and the high-permeability layer 122 isfilament interlaced between the coarse mesh layer 121 and the porouslayer 123. Furthermore, at least one fan assembly hole 14 is provided onthe low-permeability layer 11 outside the clothes major body 1. In apreferred embodiment of the present invention, two fan assembly holes 14are respectively provided on left and right sides of thelow-permeability layer 11 outside the clothes major body 1. Moreover, alow-permeability layer 15 corresponding to the fan assembly hole 14 isprovided on the inside of the clothes major body 1, and thelow-permeability layer 15 is stitched at the seam together with theadjacent inner lining layer 12 located inside of the clothes major body1. However, a part of seam between the low-permeability layer 15 and theinner lining layer 12 is not stitched together, and instead, a fastenersuch as a zipper is used for connection in the unstitched part. Further,the inner lining layer 12 is stitched with a bag body 17 at a placeaside the fan assembly hole 14, and the bag body 17 is provided with anaperture.

The fan 2 includes a fan body 21 and a retaining ring 22. The fan body21 is assembled in the fan assembly hole 14 of the clothes major body 1with its air intake end facing toward the outside of the clothes majorbody 1, and with its air delivery end facing toward the inside of theclothes major body 1. Furthermore, the fan body 21 has a power socket,and a flange 211 provided on the periphery thereof for abutting againstthe peripheral edge of the fan assembly hole 14. The retaining ring 22has its central bore 221 fitted on the fan body 21, and the retainingring 22 is thus fitted inside the periphery edge of the fan assemblyhole 14, so as to cooperate with the flange 211 of the fan body 21 tohold the periphery edge of the fan assembly hole 14 in position.

The air flow control switch 3 is assembled on the low-permeability layer11 outside the clothes major body 1. The air flow control switch 3 isprovided with a circuit for controlling ON-OFF and regulating the airflow. Furthermore, the air flow control switch 3 is connected with oneend of a power supply cord 31 and the other end of the power supply cord31 has a battery plug 311 attached therewith. The power supply cord 31and the battery plug 311 pass through the aperture of the bag body 17into the bag body 17. Moreover, the air flow control switch 3 isconnected with one end of a lead wire 32 and the other end of the leadwire 32 is connected with at least one extension lead wire 321,depending on the number of fan installed. In the preferred embodiment ofthe present invention, the number of the extension lead wire 321 is two.The terminal of each extension lead wire 321 has a plug 322 for engagingwith the power socket of the fan body 21.

When in use according to above configuration, a power supply battery 4such as a mobile power is placed within the bag body 17 provided insidethe clothes major body 1, then the battery plug 311 on the power supplycord 31 of the air flow controlling switch 3 is engaged with the socketof the battery 4. Next, user can wear the clothes major body 1 of thepresent invention and then pushes on the air flow control switch 3 so asto start the fan body 21. At this moment, the fan body 21 sucks theambient air from the air intake end and blows the air from its airdelivery end toward the inside of the clothes major body, and the air isblew firstly toward the low-permeability layer 15 providedcorrespondingly to the fan 2 inside the clothes major body 1. Blockingby the low-permeability layer 15, the air blew out can be avoided fromdissipated quickly.

Next, the air blocked as above flows into the air delivery space 13formed between the outer low-permeability layer 11 and the inner lininglayer 12. In the air delivery space 13 formed as abovementioned, the aircan flow easily through the meshes of the coarse mesh layer 121 into thehigh-permeability layer 122, and then the air is throttled under thelimitation by the pores of the porous mesh layer 123 so that appropriateair-flow can be delivered out in stable manner. The air which is notexhausted from the porous layer 123 remains flowing in thehigh-permeability layer 122 so that air can flow more uniformly toeverywhere of user's body through the high-permeability layer 122 tomake user's body feeling comfortable. In addition, the air blew out fromthe air delivery end of the fan body 21 can flow uniformly to everywherein the clothes major body 1, and is exhausted slowly from everywhere ofthe clothes major body 1. Therefore, the clothes major body 1 does notproduce local inflation so as to keep neat and beauty after wearing.

When user feels the air flow is not enough or too large, he can push theair flow control switch 3 to drive the air flow regulating circuit so asto regulate the current sent to the fan body 21. In this manner, the airflow can be regulated by user according to user's own need. Furthermore,when the clothes major body 1 is to be cleaned by user, the battery 4 istaken out from the bag body 17 of the clothes major body 1 and then azipper type fastener 16 provided at the seam between thelow-permeability layer 11 and the inner lining layer 12 is pulled toopen so as to bring the fan body 21 out. In turn, the lead wires 32engaged with the fan body 21 is dismantled and then the retaining ring22 of the fan body 21 is removed, so that the fan body 21 can be removedfrom the fan assembly hole 14 of the clothes major body 1. Therefore,cleaning of the clothes major body 1 can be facilitated.

The above embodiment and figures are not to limit the implementationaspect of the clothes structure with temperature falling device of thepresent invention. For example, non-permeable layers can also be used tosubstitute for the low-permeability layers 15, 11 located at inside andoutside of the clothes major body 1. According to the set-up of thenon-permeable layers, the air blew out from the air delivery end of thefan body 21 can be further prevented from dissipating quickly, and thenthe air flow efficiency within the air delivery space 13 can be furtherenhanced.

It is apparent from the above structure and implementation method, thepresent invention has the following advantages:

1. According to the present invention, the air blew out from the airdelivery end of the fan bodies is allowed to flow in the air deliveryspace between the inner lining layer and the low-permeability layer, andthe air in the air delivery space further flows through the coarse meshlayer of the inner lining layer into the high-permeability layer, sothat the air can flow more uniformly to everywhere of user's body, andthen the air is exhausted out through the porous mesh layer. In thisway, the air can be blown uniformly to everywhere in user's body so asto make user feeling comfortable.

2. According to the present invention, the air blew out from the airdelivery end of the fan bodies can flow uniformly to everywhere of theclothes major body, and then is exhausted slowly from everywhere of theclothes major body. Therefore, the clothes major body does not producelocal inflation so as to keep neat and beauty after wearing.

3. According to the present invention, an air flow control switch isprovided. When user feels the air flow is not enough or too large, hecan push the air flow control switch to operate the fan so as toregulate the air flow quantity. Therefore, the air flow can be regulatedby user according to his own need.

4. According to the present invention, a zipper type fastener isprovided at the seam between the inner lining layer inside the clothesmajor body and the low-permeability layer. When the clothes major bodyis to he cleaned by user, the zipper type fastener is pulled to open soas to bring the fan bodies out of the clothes major body. Therefore,cleaning of the clothes major body can be facilitated.

What is claimed is:
 1. A clothes structure with temperature fallingdevice, having a clothes major body and at least one fan assembledtherein, wherein the clothes major body is formed by stitching one of alow-permeability layer and a non-permeable layer located outside theclothes major body and an inner lining layer located inside the clothesmajor body together in such a manner that an air delivery space isformed between either the low-permeability layer or the non-permeablelayer and the inner lining layer; and the inner lining layer is formedwith meshes; furthermore, the fan is assembled on the one selected fromthe low-permeability layer and the non-permeable layer located outsideof the clothes major body.
 2. The clothes structure with temperaturefalling device as claimed in claim 1, wherein the inner lining layer iscomposed of, sequentially from outside to inside, a coarse mesh layer, ahigh-permeability layer and a porous mesh layer.
 3. The clothesstructure with temperature falling device as claimed in claim 2, whereinthe coarse mesh layer is a knitting fabric, the porous mesh layer is aknitting layer having tiny meshes and the high-permeability layer isfilament interlaced between the coarse mesh layer and the porous layer.4. The clothes structure with temperature falling device as claimed inclaim 1, wherein the low-permeability layer is a wind proof fabric. 5.The clothes structure with temperature falling device as claimed inclaim 1, wherein either a low-permeability layer or a non-permeablelayer is provided at a place corresponding to the fan on the inside ofthe clothes major body, and either the low-permeability layer or thenon-permeable layer located inside is stitched at the seam together withthe adjacent inner lining layer located inside of the clothes majorbody.
 6. The clothes structure with temperature falling device asclaimed in claim 5, wherein a part of seam between the low-permeabilitylayer or the non-permeable layer and the inner lining layer is notstitched together, and a fastener such as a zipper is used forconnection in the unstitched part.
 7. The clothes structure withtemperature falling device as claimed in claim 6, wherein at least onefan assembly hole is provided on the one selected from thelow-permeability layer and the non-permeable layer located outside theclothes major body, and the fan is assembled within the fan assemblyhole.
 8. The clothes structure with temperature falling device asclaimed in claim 1, wherein at least one fan assembly hole is providedon the one selected from the low-permeability layer and thenon-permeable layer located outside the clothes major body, and the fanincludes a fan body and a retaining ring; the fan body is assembled inthe fan assembly hole of the clothes major body, the fan body also has aflange provided on the periphery thereof for abutting against theperipheral edge of the fan assembly hole; the retaining ring has itscentral bore fitted on the fan body, and the retaining ring is thusfitted inside the periphery edge of the fan assembly hole, so as tocooperate with the flange of the fan body to hold the periphery edge ofthe fan assembly hole in position.
 9. The clothes structure withtemperature falling device as claimed in claim 1, wherein the clothesstructure with temperature falling device further includes an air flowcontrol switch which is assembled on one selected from thelow-permeability layer and the non-permeable layer outside the clothesmajor body; the air flow control switch is provided with a circuit forcontrolling ON-OFF and regulating the air flow; the air flow controlswitch is connected with one end of a power supply cord and the otherend of the power supply cord has a battery plug; the air flow controlswitch is further connected with one end of a lead wire and the otherend of the lead wire is connected with at least one extension lead wire;the terminal of each extension lead wire has a plug for engaging withthe power socket of the fan body.
 10. The clothes structure withtemperature falling device as claimed in claim 9, wherein the innerlining layer is stitched with a bag body at a place aside the fanassembly hole, and the bag body is provided with an aperture throughwhich the power supply cord and the battery plug of the air flow controlswitch pass into the bag body.